Title of article :
Stability and Compatibility of some Iranian Eggplant (Solanum melongena L.) Lines using AMMI Method
Author/Authors :
Hassanzadeh Khankahdani, Hamed Horticulture Crops Research Department - Hormozgan Agricultural and Natural Resources Research and Education Center - Agricultural Research Education and Extension Organization (AREEO) - Bandar Abbas, Iran , bagheri, Mahmoud Assistant Professor of Seed and Plant Improvement Institute - Agricultural Research Education and Extension Organization (AREEO) - Karaj, Iran , Khoshkam, Sibgol Horticultural Research Group - Research and Education center of Agricultural and Natural Resources of South of Kerman - Agricultural Research Education and Extension Organization (AREEO) - Jiroft, Iran
Abstract :
Eggplant has high variation in the world and there are many landraces of the eggplant in Iran. In the previous studies, five landraces of Minab’s eggplant have been collected from the main
production regions with the aim to select the pure lines,
consequently 15 superior genotypes were selected from these
landraces and their stability and compatibility were analyzed. In the
present study, 15 eggplant genotypes together with two superior
mother landraces were studied for the two successive years in the
three regions of Iran including Minab, Karaj, and Jiroft. Based on the
results of the means comparison of yield in the studied lines in each
region from average of two years, GHE12 line in Minab region, SA13
line in Jiroft region, and AM4, SA15, and SA5 lines in Karaj region
had acceptable yield than the other studied lines. According to the
results of general compatibility and stability analysis, the three
genotypes of Y7, AM7 and SA15 were recognized as the most stable
genotypes with having the least interaction; therefore, they
categorized as the first ranking of stability. According to the results
of special compatibility and stability analysis, AM7, Y7 and GHE12
lines for Minab region; AM5 and SA5 lines for Jiroft region and SA5 and AM4 lines for the Karaj region can be recommended.
Keywords :
Landrace , promising lines , selected line , yield
Journal title :
International Journal of Horticultural Science and Technology